Index

A

array_from_vector() (Interface method), [1], [2], [3]

assemble() (CrsMatrix method)

B

BoundaryConditions (class in transiflow.BoundaryConditions)

C

compress() (CrsMatrix method) compute_bordered_matrix() (Interface method) compute_coordinate_vector_centers() (in module transiflow.utils) compute_streamfunction() (in module transiflow.utils) compute_velocity_magnitude() (in module transiflow.utils) compute_volume_averaged_kinetic_energy() (in module transiflow.utils) compute_vorticity() (in module transiflow.utils) Continuation (class in transiflow.Continuation) continuation() (Continuation method)

create() (in module transiflow.interface.create) create_padded_state_mtx() (in module transiflow.utils) create_state_mtx() (in module transiflow.utils) create_state_vec() (in module transiflow.utils) create_stretched_coordinate_vector() (in module transiflow.utils) create_stretched_coordinate_vector2() (in module transiflow.utils) create_uniform_coordinate_vector() (in module transiflow.utils) CrsMatrix (class in transiflow.CrsMatrix) CylindricalDiscretization (class in transiflow.CylindricalDiscretization)

D

direct_solve() (Interface method) Discretization (class in transiflow.Discretization)

dot() (in module transiflow.utils) dtype (CrsMatrix property) dump() (CrsMatrix method)

E

eigs() (Interface method), [1], [2], [3]

F

free_slip_bottom() (BoundaryConditions method) free_slip_east() (BoundaryConditions method) free_slip_north() (BoundaryConditions method)

free_slip_south() (BoundaryConditions method) free_slip_top() (BoundaryConditions method) free_slip_west() (BoundaryConditions method)

G

get_comm_rank() (Interface method), [1], [2] get_comm_size() (Interface method), [1], [2] get_coordinate_vector() (CylindricalDiscretization method) (Discretization method) get_forcing() (BoundaryConditions method) get_meshgrid() (in module transiflow.plot_utils)

get_parameter() (CylindricalDiscretization method) (Discretization method) (Interface method), [1], [2], [3] get_u_value() (in module transiflow.utils) get_v_value() (in module transiflow.utils) get_w_value() (in module transiflow.utils)

H

heat_flux_bottom() (BoundaryConditions method) heat_flux_east() (BoundaryConditions method) heat_flux_north() (BoundaryConditions method)

heat_flux_south() (BoundaryConditions method) heat_flux_top() (BoundaryConditions method) heat_flux_west() (BoundaryConditions method)

I

integration() (TimeIntegration method) Interface (class in transiflow.interface.Epetra) (class in transiflow.interface.HYMLS) (class in transiflow.interface.PETSc) (class in transiflow.interface.SciPy)

iterative_solve() (Interface method)

J

jacobian() (CylindricalDiscretization method) (Discretization method) (Interface method), [1], [2], [3]

L

load_json() (Interface method), [1], [2], [3]

load_parameters() (Interface method), [1], [2], [3] load_state() (Interface method), [1], [2], [3]

M

m (CrsMatrix property) mass_matrix() (CylindricalDiscretization method) (Discretization method) (Interface method), [1], [2], [3] matvec() (CrsMatrix method) module transiflow transiflow.BoundaryConditions transiflow.Continuation transiflow.CrsMatrix transiflow.CylindricalDiscretization transiflow.Discretization transiflow.interface transiflow.interface.create transiflow.interface.Epetra transiflow.interface.HYMLS transiflow.interface.PETSc transiflow.interface.SciPy transiflow.plot_utils transiflow.TimeIntegration transiflow.utils

moving_lid_bottom() (BoundaryConditions method) moving_lid_east() (BoundaryConditions method) moving_lid_north() (BoundaryConditions method) moving_lid_south() (BoundaryConditions method) moving_lid_top() (BoundaryConditions method) moving_lid_west() (BoundaryConditions method)

N

n (CrsMatrix property) newton() (Continuation method) no_slip_bottom() (BoundaryConditions method) no_slip_east() (BoundaryConditions method)

no_slip_north() (BoundaryConditions method) no_slip_south() (BoundaryConditions method) no_slip_top() (BoundaryConditions method) no_slip_west() (BoundaryConditions method) norm() (in module transiflow.utils)

P

plot_contour() (in module transiflow.plot_utils) plot_streamfunction() (in module transiflow.plot_utils)

plot_value() (in module transiflow.plot_utils) plot_velocity_magnitude() (in module transiflow.plot_utils) plot_vorticity() (in module transiflow.plot_utils)

R

rhs() (CylindricalDiscretization method) (Discretization method) (Interface method), [1], [2], [3]

S

salinity_flux_bottom() (BoundaryConditions method) salinity_flux_east() (BoundaryConditions method) salinity_flux_north() (BoundaryConditions method) salinity_flux_south() (BoundaryConditions method) salinity_flux_top() (BoundaryConditions method) salinity_flux_west() (BoundaryConditions method) save_json() (Interface method), [1], [2], [3] save_parameters() (Interface method), [1], [2], [3]

save_state() (Interface method), [1], [2], [3] set_parameter() (CylindricalDiscretization method) (Discretization method) (Interface method), [1], [2], [3] shape (CrsMatrix property) show() (CrsMatrix method) solve() (CrsMatrix method) (Interface method), [1], [2], [3]

T

temperature_bottom() (BoundaryConditions method) temperature_east() (BoundaryConditions method) temperature_north() (BoundaryConditions method) temperature_south() (BoundaryConditions method) temperature_top() (BoundaryConditions method) temperature_west() (BoundaryConditions method) TimeIntegration (class in transiflow.TimeIntegration) to_coo() (CrsMatrix method) to_dense() (CrsMatrix method) transiflow module transiflow.BoundaryConditions module transiflow.Continuation module transiflow.CrsMatrix module transiflow.CylindricalDiscretization module transiflow.Discretization module

transiflow.interface module transiflow.interface.create module transiflow.interface.Epetra module transiflow.interface.HYMLS module transiflow.interface.PETSc module transiflow.interface.SciPy module transiflow.plot_utils module transiflow.TimeIntegration module transiflow.utils module transpose() (CrsMatrix method)

V

vector() (Interface method), [1], [2], [3]

vector_from_array() (Interface method), [1], [2], [3]